Good Heat-resistant Big Hardness Alumina Wearable Ceramic Compressive Strength 850 Mpa
Negotiable /Piece
Min.Order:1 Piece
Wear Resistance High Thermal Stability Industrial Ceramic Sealing Rings 95% / 99% Alumina
OEM / ODM Wearability Smoothness 95% AL2O3 / Alumina Ceramic Tubes Ra 0.4 Surface Finish
Yellow Thermal Casting / Dry press / Extrusion 99% AL2O3 Industrial Alumina Ceramic Parts
Anti-corrode High Temperature 1650 Resistant 95%, 99%, 99.7% Alumina Ceramic Crucible
Environment-friendly White 95%, 99%, 99.7% Al2O3 / Alumina Ceramic Crucible
ROHS Hardness 85 Bulk Density 3.6 g/cm3 Mechanical / Electronics Alumina Ceramic Ring
Good Heat-resistant Big Hardness Alumina Wearable Ceramic Compressive Strength 850 Mpa
Wearable ceramic is the special corundum ceramic that been sintered under1700℃with the main raw material of Al2O3 and flux of rare metal oxide. Using the high strength organic/inorganic bond to felt together, and then grinding to the size as drawing required.
Performance:
1. Big hardness, the ROHS hardness is HRA80-90, just inferior to diamond, the wearable ability is much better than the wearable steel and stainless steel
2. Wearable ability is excellent. Equal to 266 times of manganese steel, 171.5 times of high chrome cast-iron. Under the same working condition, can extend the equipment working life at least above 10 times.
3. Light weight, the bulk density is 3.6g/cm3, only half of steel, can alleviate the equipment burthen greatly.
4. Hard adhesives, good heat-resistant.
Main Technical parameters:
Alumina content≥95%
Bulk Density≥3.6 g/cm3
ROHS Hardness HRA≥85
Compressive Strength≥850 Mpa
Fracture Toughness KΙC ≥4.8MPa•m1/2
Bending strength≥290MPa
Coefficient of thermal conductivity: 16W/m.K
Coefficient of thermal expansion:7.2×10-6m/m.K
Main application:
The enterprises of Electricity,steel,smelt,mechanism,colliery,mine,chemical,cement,oil field ,will choose the different products according to their special requirements for the wearable mechanical instruments that works in the system of coal transfer, material transfer, milling, dust removing, and so on.